Distributed CAN Remote Control for Model Vehicles

The patent segments the model identification data into two parts: a first part stored in the transmitter and a second part stored in the receiver. The transmitter only transmits the first part, while the receiver stores the second part and uses it to verify model identity. This segmentation eliminates the Wrong Model Syndrome because the receiver's stored second part acts as a unique identifier that prevents mismatched model control, while still allowing the transmitter to control multiple models by storing only the first part of each model's identification data.

The patent extracts the model verification function from the transmitter and places it in the receiver. The receiver stores the second part of model identification data and performs verification by comparing received data with stored data. This extraction reduces the transmitter's complexity and error risk while maintaining enhanced control functionality, as the receiver handles the critical verification task that prevents errors.

The patent segments model identification data into two parts distributed between transmitter and receiver. The transmitter stores the first part and transmits it, while the receiver stores the second part and performs verification. This segmentation improves model identification accuracy by enabling verification at the receiver, while managing system complexity through a clear division of responsibilities and a standardized communication protocol for exchanging the segmented data.